Wheel Loaders L 550 L 586. Tipping load 12,200 21,600 kg Engine Stage IV / Tier 4f

Transcription

1 Wheel Loaders L 586 ipping load 12,200 21,600 Engine Stage IV / ier 4f

2 XPower ipping load, articulated 12,200 Bucket capacity 3.2 m³ Operating weight 17,700 Engine output (ISO 14396) 140 kw / 190 HP XPower ipping load, articulated 13,700 Bucket capacity 3.6 m³ Operating weight 18,400 Engine output (ISO 14396) 165 kw / 224 HP L 566 XPower ipping load, articulated 15,900 Bucket capacity 4.2 m³ Operating weight 23,900 Engine output (ISO 14396) 200 kw / 272 HP L 576 XPower ipping load, articulated 17,600 Bucket capacity 4.7 m³ Operating weight 25,700 Engine output (ISO 14396) 215 kw / 292 HP L 580 XPower ipping load, articulated 19,200 Bucket capacity 5.2 m³ Operating weight 27,650 Engine output (ISO 14396) 230 kw / 313 HP L 586 XPower ipping load, articulated 21,600 Bucket capacity 6.0 m³ Operating weight 32,600 Engine output (ISO 14396) 260 kw / 354 HP 2 Performance Economy Power for Increased Productivity Minimum Costs at High Handling Capacity

3 Reliability Comfort Maintainability Robustness and Quality for Durable Machines Maximum Operator Comfort for More Productivity ime and Cost Savings hrough Simple Maintenance 3

4 Performance Power for Increased Productivity he innovative Liebherr-XPower driveline considerably increases working efficiency. Quick working cycles, high tipping loads and high machine availability lead to increased handling capacity. 4

5 Powerful and Efficient Drive Concept Flexibility and Versatility Highest Level of Performance he Liebherr-XPower driveline brings together the hydrostatic and mechanical drive. he interaction between these two different drives is continuously adjusted automatically to the given application. As a result, XPower offers the optimal level of efficiency during material loading and transport, as well as providing maximum acceleration and performance along all loading cycles including long routes. All components are also ideally adapted to each other. XPower stands for maximum efficiency. Continuously Variable ransmission he Liebherr-XPower driveline allows continuous regulation of acceleration in all speed ranges, without noticeable gear shifting or interruption in tractive force. Powerful working and high driving comfort increases productivity. High Handling Capacity Unnecessary counterweight can be avoided through the unique component mounting position at the rear of the machine. Ideal weight distribution results in high tipping loads and greater handling capacity per hour of operation. he Liebherr-XPower driveline accelerates quickly, allowing high travel speeds. ime savings can be made on flat terrain, as well as on inclines. As a result, there are considerable gains in productivity. Lift Arm Variants Optimised for the Application he standard Z-bar linkage provides a large torque in the lower region of the lift arm. he ideal prerequisite for conventional wheel loader applications simple, quick filling of the bucket leads to high handling capacity. An alternative is available in the form of the industrial lift arm for L 566 and L 580 wheel loaders at no extra charge. he industrial lift arm boasts a parallel guide arrangement and especially high torque in the upper lifting range. he best solution for industrial use as it allows large attachments to be fitted for transporting heavy loads. Optimal Bucket Filling he new robust bucket design from Liebherr allows the bucket to be filled quickly and efficiently. Fully filled attachments increase productivity. he bucket s good penetration and simple filling mechanism result in lower fuel consumption. Wide Range of Applications he wide range of attachments means the right tool is always to hand. As a result, a multitude of uses can easily be covered. his increases utilisation of the machine and raises productivity. Liebherr wheel loaders can manoeuvre quickly and efficiently thanks to their compact design the best choice for high handling capacity. Liebherr-XPower Driveline L 586 Future-proof driveline for powerful uses Optimum weight distribution due to its unique component mounting position Ideal visibility due to to its compact design Conventional ravel Gear Centre of gravity in the middle of the machine Additional ballast is needed to increase the tipping load and improve stability his leads to bad visibility Schwerpunktlage_GG_IV_L Schwerpunktlage_Wettbewerber_L An All-Purpose Loader he option to choose between industrial lift arm and Z-bar linkage means the right machine is always available for the use specifically required by the customer. 5

6 Economy Minimum Costs at High Handling Capacity Liebherr wheel loaders make a reliable contribution to coercial success. he fuel-efficient drive concept reduces operating costs and environmental impact at maximum handling capacity. 6

7 Low Operating Costs Save Costs and Protect the Environment LiDA Lower Fuel Consumption he Liebherr-XPower driveline with Liebherr-Power-Efficiency (LPE) achieves a reduction in fuel consumption of up to 30 %. At highest efficiency this reduces operating costs and increases profitability. Innovative Exhaust After-reatment he Liebherr-SCR technology is an efficient system for the after-treatment of exhaust gases. Consumables around the engine, such as diesel particle filters, are not required. Regeneration is no longer necessary and maintenance is reduced. Higher productivity provide fuel savings and a reduction in operating costs. Hardly Any Brake Wear he Liebherr-XPower driveline brakes automatically. he service brake only acts as a support and is therefore subject to hardly any wear. Max LPE Max Output [kw] Specific fuel consumption [g/kwh] Minimal yre Wear Its continuous traction control, combined with automatic self-locking differential, prevents wheelspin. Productivity is increased and tyre wear reduced by up to 25 %. Economical Use of Resources he lower fuel consumption and efficient exhaust after-treatment cut emissions. his actively saves resources. While actively protecting the environment, Liebherr wheel loaders reduce operating costs. Efficient Management LiDA, Liebherr s own data transmission and positioning system, facilitates efficient management, monitoring and control of the entire fleet park in terms of machinery data recording, data analysis, fleet park management and service. All of the important machinery data can be viewed at any time in a web browser. LiDA offers you comprehensive work deployment documentation, greater availability thanks to shorter downtimes, faster support from the manufacturer, quicker detection of strain / overload and subsequently a longer service life of the machine as well as greater planning efficiency in your company. his service includes 1 year of use free of charge as standard for the XPower L 586 XPower wheel loaders. Min Working range Engine speed [rpm] Perfect operating point with LPE Operating point without LPE Output Specific fuel consumption Low Fuel Consumption hanks to Intelligent Machine Control Liebherr-Power-Efficiency (LPE) optimises the interaction between diesel engine, gearbox and working hydraulics for maximum efficiency LPE maximum performance from every drop of fuel Reduced Brake Wear Practically no brake wear due to hydraulic-mechanical braking action of the driveline Always Be Informed with LiDA Evaluation of machine usage and fuel consumption for economic machine management LiDA comes standard incl. 1 year free-of-charge use Reduced yre Wear Continuous traction control prevents the wheels from spinning 7

8 Reliability Robustness and Quality for Durable Machines Liebherr wheel loaders provide maximum performance even under the toughest of operating conditions. Specially-developed components, sophisticated technology and high quality offer a high level of reliability and availability. 8

9 OEM Quality Components High Safe and Versatile Usage Reliable Cooling System Durable and Powerful Liebherr has many decades of experience in the development, construction and production of components. Ideally adapted to each other, they guarantee a high degree of performance and reliability. Liebherr also develops and produces all steel components. hese rugged components ensure the long life of the wheel loaders. Wear-Free Drive Concept he components of the LiebherrXPower driveline are extremely robust and low-wear. he variable distribution of forces between the hydrostatic and mechanical drive also leads to reduced loads on the drive path. XPower ensures a long life time of the machine and reliability in use. Optimal Cooling Performance he cooling system is fitted directly behind the operator s cab and is thus able to take in air which is free of dust. In especially dusty applications, optional equipment such as reversible fan drive, fluff trap for the radiator and large-mesh radiator protect the cooling system from contaminants getting in. his guarantees continuous cooling output while simultaneously reducing cleaning expenses. Minimal cleaning expenses mean more efficient, more cost-effective working. Strenuous endurance tests prove to the strength and quality of the components in use. Even under the toughest of usage conditions, Liebherr wheel loaders satisfy Liebherr s stringent quality standards. his ensures reliable use throughout the entire life time of the machine. Consistently powerful machines increase productivity. Powerful Liebherr s Own Components Ideal interaction of components to each other for maximum performance Maximum endurance even under the toughest operating conditions Rugged, durable machines for reliable operations Continuous Use hanks to Liebherr s unique SCR technology, fewer components such as diesel particle filters or exhaust gas recirculation are not needed at the engine. his minimises the risk of failure and reduces maintenance expense. his sophisticated technology ensures efficient, continuous work. High Machine Availability Reduced load on the driveline through the subdivision of forces High, safe and versatile usage thanks to robust, low-wear components Fewer components around the engine mean reduced risk of failure Controlled Cooling he cooling fan is driven independently from the Liebherr diesel engine and produces exactly the cooling air output which is actually required. Heat sensors ensure reliable control. Intelligent Cooling System Cooling position on the cleanest position of the wheel loader High machine availability thanks to lower radiator contamination Controlled cooling through thermostatic control for reliable operations 9

10 Comfort Maximum Operator Comfort for More Productivity he cab design is optimally adapted to the operator s day-to-day requirements. he roomy and ergonomic operator s cab offers perfect conditions for comfortable and productive work. 10

11 Clearly Arranged Cab Simple and Intuitive Operation Productive and Safe Working he modern, ergonomic cab design allows the operator to work with high concentration without fatigue this increases safety and productivity. he displays, controls and operator s seat are carefully coordinated to form an ergonomic unit. he optional laterally-sprung operator s seat offers high seating comfort and relaxed working. Ergonomic Controls he operating and control instruments are well laid out and user-friendly. All operation-relevant data can be viewed quickly and efficiently. he high operating comfort allows the operator to work particularly efficiently and safely. Perfect Visibility he generous glass surfaces of the cab offer exceptional all-round visibility of the attachment and working area. he design of the engine hood which has been optimised for viewing provides ideal viewing towards the rear as well as monitoring behind the machine from the Liebherr display. his ensures maximum safety for people, the machine and the load, while increasing productivity at the same time. Well-Being Guaranteed Optimum storage areas and stowage spaces and optional cool-box increase operator well-being. With air conditioning as standard, the improved cooling output ensures a pleasant working atmosphere. his gives the operator maximum comfort and high productivity. he optional Liebherr key with remote control opens the operator s doors automatically and turns on the lights for safe and comfortable start-up of the machine. Exceptional All-Round Visibility Unobstructed visibility in all directions through optimal cab and engine hood design Generous glass surfaces More safety and productivity thanks to exceptional visibility Liebherr Control Lever he Liebherr control lever, which is built into the operator s seat as standard, allows all working and manoeuvring operations to be performed with a high degree of precision and sensitivity. he new electro-hydraulic system allows the operator to prograe the lift arm and bucket positions from the cab. he proportional control of hydraulic attachment is carried out by the Liebherr control lever with mini-joystick. he hydraulic attachment can be controlled with great sensitivity and very ergonomically. he tipping speed for tilting back and dumping can be regulated individually and quickly via the touchscreen display. ouchscreen Display he height-adjustable touchscreen display, which comes as standard, allows all operating-relevant machine data to be viewed and configured quickly. Visual and acoustic warning devices ensure high operational reliability. Liebherr Control Lever with Mini-Joystick (optional) Ergonomic and comfortable operation Control all driving and operating manoeuvres with a single control lever Comfortably prograe the hydraulic control from the operator s cab Intuitive Controls Quick recoding of operation-relevant machine data Ease of controls increases working efficiency Liebherr reverse camera available as standard built into the touchscreen display 11

12 Maintainability ime and Cost Savings hrough Simple Maintenance he most important points for daily maintenance can be seen at a glance in the access area of Liebherr-XPower wheel loaders. Quick and safe checks save time and money. 12

13 Exceptional Service Accessibility Strong Service Partner Efficient and Simple Maintenance hanks to the unique mounting position of the components, Liebherr wheel loaders offer exceptional accessibility for maintenance. he positioning of the cooling package directly behind the operator s cab contributes to a reduction in maintenance and cleaning expenses by reducing contamination. his saves time and money. Safe and Free Service Access All points requiring day-to-day maintenance can be reached comfortably, safely and cleanly. Anti-slip steps and sturdy handrails provide a high degree of safety. Short Service imes for More Productivity he engine hood, which opens up electrically towards the rear, ensures safe, free access to the entire engine compartment. he service points are easy to see and reach. All maintenance work can be carried out comfortably and safely from a level base in the engine hood. his ensures time-saving maintenance and increases productivity. Safe Partnership with Strong Service When buying a Liebherr wheel loader the customer not only looks to a long-lived high-end product but also a reliable longterm partnership. A service network combined with a highly-modern central warehouse is available for optimum service and quick replacement part provision. his guarantees short routes and rapid support in the event of service. Round-the-clock if required. Competent Liebherr Service Offers Maximum Reliability Comprehensive know-how ensures a first-class execution of all service and maintenance work. his contributes decisively to the availability and profitability of your machine. Employees at Liebherr service partners are trained on an ongoing basis. hey have extensive knowledge of quick and safe service performance. hey can turn to the expertise of manufacturing plants at any time. Improved access to the windscreen and cab filter box is provided by the access on the right hand side of the machine. Sturdy hand rails and a fold-out ladder provide a high level of safety during cleaning and maintenance. Low Maintenance Less contamination of the radiator thanks to its clever position behind the operator s cab Quick and safe control saves time and money Optimum Service Accessibility he entire engine compartment is accessible via just one enclosure he most important fill levels can be seen in the loading area Short downtimes means more efficiency Perfect Service for Optimum Machine Availability Quick and effective support thanks to an extensive service network Replacement parts service with 24-hour delivery Quick and reliable service carried out by qualified service specialists 13

14 Wheel Loaders XPower L 586 XPower Overview Sturdy Attachment Quick working cycles Durable lift arm Flexible in use Efficient and cost-optimised use by specially adapted lift arm variants ü High-quality hydraulic components ü Strong steel construction ü Wide range of attachments ü Industrial lift arm and Z-bar linkage optional Powerful and Efficient Liebherr-XPower Driveline Fuel savings of up to 30 % High performance High safe and versatile usage Maximum productivity by high tipping load yre wear reduced by up to 25 % Practically no brake wear Maximum stability and safety on all terrains ü Drive components optimally suited to each other by LPE ü Powerful power split driveline ü Rugged and durable driveline ü Ideal weight distribution by intelligent arrangement of drive components ü Continuous tractive force prevents wheelspin ü Self-locking hydraulic-mechanical brake system 14

15 Comfortable Operator s Cab Increased performance and productivity Focused operator work is supported Easy and safe operation Excellent all-round visibility ü New, modern and ergonomic cab design ü Control of working and travel functions with one control lever ü Generous glass surfaces Intelligent Cooling System Constant and reliable cooling Increased service life of components High machine availability through minimal cleaning expenses ü Controlled cooling ü Heat sensors ensure reliable control ü he radiator is installed directly behind the operator s cab the cleanest position of the wheel loader Optimum Service Accessibility ime savings in daily maintenance Short service times for more productivity ü Rapid control of the most important maintenance points in the access area ü Safe, simple and quick access to all points important for operations 15

16 143 / 194 1, 168 / 228 1, 140 / 190 1, 165 / 224 1, 140 / / 224 1,215 1,430 1, 1, / / 150 Dry type filter with main and safety element, pre-cleaner, service indicator on the Liebherr display Electrical system Operating voltage V x 180 Capacity Ah 2 x 180 V / A 28 / / 140 Alternator Starter V / kw 24 / / 7.8 he exhaust emissions are below the limits in stage IV / ier 4f , , , orque Output 800 1,000 1,200 1,400 1, rpm _Volllastkurve_LBH_enGB_L0191 1, ,500 87,5 breit x 50,8 hoch 1, , orque Output 800 1,000 1,200 1,400 1,600 Output (kw) Cylinder inline Fuel injection process Max. gross output to ISO 3046 kw / HP and SAE J1995 at RPM Max. net output to ISO 9249 kw / HP and SAE J1349 at RPM Rated output to ISO kw / HP at RPM Max. net torque to ISO 9249 Nm and SAE J1349 at RPM Displacement litres Bore / Stroke Air cleaner system D934 A7 D944 A7 Water-cooled in-series engine with charge-air cooling, exhaust after-treatment through Liebherr-SCR technology, closed diesel particle filter system optional 4 4 Electronic Coon Rail high-pressure injection orque (Nm) Diesel engine Design 1,700 Output (kw) Engine orque (Nm) echnical Data 50 0 rpm _Volllastkurve_LBH_enGB_L0192 Driveline Continuous power split XPower driveline Design Continuous, fully-automatic XPower driveline. No traction interruptions across the entire speed range. Hydrostatic power split with two axial piston units. Identical driving performance forwards and in reverse Filtration Filter system for driveline, depend on working hydraulics Control Driveline is controlled from travel pedal for tractive force and speed setting with integrated inch function. he Liebherr control lever is used to control forward and reverse travel 0 40 km/h forward and reverse, fully-automatic ravel speed range Speed restriction available upon request. Speeds quoted apply with the tyres indicated as standard on loader model ,5 Axles breit x 50,8 hoch Four-wheel drive Front axle Rear axle Fixed Centre pivot, with 13 oscillating angle to each side Height of obstacles which can be driven over with all four wheels remaining in contact with the ground Differentials Automatic limited-slip differentials Reduction gear Planetary final drive in wheel hubs rack width 2,003 with all types of tyres

17 Operator s Cab Self-locking of the XPower driveline (acting on all four wheels) and additional pump-accumulator brake system with wet multi-disc brakes (two separate brake circuits) Parking brake Electro-hydraulically actuated spring-loaded disc brake system on the transmission he braking system meets the requirements of the EC guidelines 71/320. Design Load-sensing swash plate type variable flow pump with pressure cut-off and flow control. Central pivot with two double-acting, damped steering cylinders 40 to each side Electro-hydraulic emergency steering system Angle of articulation Emergency steering Attachment Hydraulics Cooling Filtration Control Lift circuit ilt circuit Max. flow Max. pressure Z-bar linkage Industrial lift arm Load-sensing swash plate type variable flow pump with output and flow control, and pressure cut-off in the control block Hydraulic oil cooling using thermostatically controlled fan and oil cooler Return line filter in the hydraulic reservoir Liebherr control lever, electro-hydraulically operated Lifting, neutral, lowering Automatic hoisting and lowering by Liebherr control lever Float position controlled by Liebherr control lever ilt back, neutral, dump Automatic bucket return for tilting back and dumping controlled by Liebherr control lever l/min bar 330 bar Attachment Geometry variants Optional Bearings Cycle time at nominal load Lifting s Dumping s Lowering (empty) s Hydraulically mounted, noise-proof cab ROPS roll over protection per EN ISO 3471 / EN FOPS falling objects protection per EN ISO 3449 / EN 474-1, Cat. II Operator s door with sliding side window, sliding side window on right, front windscreen made of compound safety glass, side panels with single- pane safety glass ESG, heated rear window ESG, all windows are tinted. 3 way continuous adjustable steering column 6 way adjustable, vibration-damped operator s seat Comfort with seat, depth and incline adjustment as standard (air-cushioned with seat heating adjustable to operator s weight), Liebherr control lever mounted into the operator s seat as standard 4-zone air conditioning with new improved cooling output as standard, all filters are easy to access and replaceable Liebherr operator s seat Steering Design Design Cab heating and ventilation Sound Level Sound pressure level to ISO 6396 db(a) 68 L pa (inside cab) Sound power level to 2000/14/EC LWA (surround noise) db(a) Capacities Fuel tank Engine oil (inclusive filter change) DEF tank Pump distribution gearbox XPower gearbox Coolant Front axle Rear axle Hydraulic tank Hydraulic system, total Air conditioning system R134a l l 26 l l l l l l l l g 1,250 1,250 Powerful Z-bar linkage with tilt cylinder and cast steel cross-tube Industrial lift arm with tilt cylinder, hydraulic quick hitch as standard Sealed IND IND Brakes Wear-free service brake

18 Dimensions Z-bar Linkage E F D C B A I H L0185 K G J L Excavation Bucket Geometry Cutting tools Lift arm length 2,600 2,600 2,600 2,600 3 Bucket capacity according to ISO 7546 ** m Specific material density t/m3 Bucket width 2,700 2,700 2,700 2,700 A Dumping height at max. lift height and 45 discharge 2,880 2,810 2,810 2,740 B Dump-over height 3,500 3,500 3,500 3,500 C Max. height of bucket bottom 3,645 3,645 3,645 3,645 D Max. height of bucket pivot point 3,915 3,915 3,915 3,915 E Max. operating height 5,585 5,695 5,695 5,775 F Reach at max. lift height and 45 discharge 1,095 1,170 1,170 1,250 G Digging depth H Height above operator s cab 3,370 3,370 3,370 3,370 I Height above exhaust 3,020 3,020 3,020 3,020 J Ground clearance K Wheelbase 3,395 3,395 3,395 3,395 L Overall length 8,380 8,480 8,480 8,580 urning circle radius over outside bucket edge 6,585 6,610 6,610 6,635 Breakout force (SAE) kn ipping load, straight * 14,000 13,800 15,750 15,550 ipping load, fully articulated * 12,200 12,000 13,700 13,500 Operating weight * 17,700 17,800 18,400 18,500 yre size 23.5R R25 * he figures shown include the above tyres, all lubricants, a full fuel tank, the ROPS / FOPS cab and the operator. Different tyres and optional equipment will change the operating weight and tipping load. (ipping load, fully articulated according to ISO ) ** Actual bucket capacity may be approx. 10 % larger than the calculation according to ISO 7546 standard. he degree to which the bucket can be filled depends on the material see page 24. = Z-bar linkage = Welded-on tooth holder with add-on teeth 18

19 Dimensions Industrial Lift Arm 49º 45º E F D C B A I H 30 48º L0186 K G J L Excavation Bucket HL HL SD HL HL Geometry Cutting tools Lift arm length 2,600 Bucket capacity according to ISO 7546 ** m Specific material density t/m3 Bucket width 2,700 2,700 2,700 2,700 2,700 A Dumping height at max. lift height and 45 discharge 3,550 3,520 2,850 3,520 3,460 B Dump-over height 4, 4, 3,500 4, 4, C Max. height of bucket bottom 4,360 4,360 3,795 4,360 4,360 D Max. height of bucket pivot point 4,640 4,640 4,075 4,640 4,640 E Max. operating height 6,090 6,120 5,620 6,120 6,160 F Reach at max. lift height and 45 discharge , ,015 G Digging depth H Height above operator s cab 3,370 3,370 3,370 3,370 3,370 I Height above exhaust 3,020 3,020 3,020 3,020 3,020 J Ground clearance K Wheelbase 3,395 3,395 3,395 3,395 3,395 L Overall length 8,940 9,000 8,605 9,000 9,080 6,830 6,850 6,650 6,850 6,885 urning circle radius over outside bucket edge Breakout force (SAE) kn ipping load, straight * 10,700 10,600 14,400 12,000 1 ipping load, fully articulated * 9,200 9, 12,400 10,300 10, Operating weight * 18,900 18,950 19,500 19,700 19,750 yre size 23.5R R25 * he figures shown include the above tyres, all lubricants, a full fuel tank, the ROPS / FOPS cab and the operator. Different tyres and optional equipment will change the operating weight and tipping load. (ipping load, fully articulated according to ISO ) ** Actual bucket capacity may be approx. 10 % larger than the calculation according to ISO 7546 standard. he degree to which the bucket can be filled depends on the material see page 24. SD 2, ,700 2,880 3,500 3,795 4,075 5,580 1, ,370 3, ,395 8,550 6, ,800 11, 18,700 SD = Standard lift arm length HL = High Lift = Industrial lift arm with parallel guidance incl. quick hitch = Welded-on tooth holder with add-on teeth 19

20 Attachment Light Material Bucket E F A L0187 L Heavy Material Density Geometry Cutting tools Bucket capacity Specific material density Bucket width Dumping height at max. lift height Max. operating height Reach at maximum lift height Overall length ipping load, straight * ipping load, fully articulated * Operating weight * yre size A E F L m3 t/m3 SD 5.0 2,950 2,550 5,900 1,450 8,770 11,900 10,200 19,200 HL 4.5 2,950 3,220 6,320 1,250 9,170 9,800 8,300 19,400 SD 5.5 2,950 2,450 6,060 1,550 8, ,300 20, 23.5R25 HL ,950 3,130 6,480 1,330 9,280 11, 9,400 20, R25 Light Material Density SD ,400 2,340 6, 1,705 9,140 11,500 9,800 19,700 HL Geometry Cutting tools 9.0 Bucket capacity m3 0.5 Specific material density t/m3 Bucket width 3,400 A Dumping height at max. lift height 2,840 E Max. operating height 6,600 F Reach at maximum lift height 1,600 L Overall length 9,690 ipping load, straight * 10,700 ipping load, fully articulated * 8,900 Operating weight * 20,800 yre size 23.5R R25 * he figures shown include the above tyres, all lubricants, a full fuel tank, the ROPS / FOPS cab and the operator. Different tyres and optional equipment will change the operating weight and tipping load. (ipping load, fully articulated according to ISO ) SD = Standard lift arm length HL = High Lift = Industrial lift arm with parallel guidance incl. quick hitch = Bolt-on cutting edge 20 HL ,400 2,920 6,470 1,520 9,570 9,400 7,900 19,900 SD ,400 2,265 6,250 1,780 9,250 13, 11, 20,500

21 Attachment High-Dump Bucket E F A L0188 L Heavy Material Density A E F L Geometry Cutting tools Bucket capacity Specific material density Bucket width Dumping height at max. lift height Max. operating height Reach at maximum lift height Overall length ipping load, straight * ipping load, fully articulated * Operating weight * yre size m3 t/m3 SD 4.5 2,700 4,550 6,680 1,790 9,000 11,400 9,700 19,700 HL 4.0 2,700 5,040 7,120 1,560 9,410 9,200 7,700 19,900 SD 5.0 2,700 4,590 6,850 1,820 9,120 12,900 10,900 20, R25 HL 4.5 2,700 5,160 7,300 1,650 9,550 10,500 8,900 20, R25 Light Material Density SD ,400 4,450 6,900 9,200 10,900 9,300 20,300 HL Geometry Cutting tools 8.5 Bucket capacity m3 0.5 Specific material density t/m3 Bucket width 3,400 A Dumping height at max. lift height 4,950 E Max. operating height 7,500 F Reach at maximum lift height 1,650 L Overall length 9,750 ipping load, straight * 10, ipping load, fully articulated * 8,400 Operating weight * 21,300 yre size 23.5R R25 * he figures shown include the above tyres, all lubricants, a full fuel tank, the ROPS / FOPS cab and the operator. Different tyres and optional equipment will change the operating weight and tipping load. (ipping load, fully articulated according to ISO ) SD HL HL ,400 4,800 7,200 1,580 9,590 8,700 7,300 20,400 SD ,400 4,610 7,150 1,860 9,290 12,500 10,500 21,200 = Standard lift arm length = High Lift = Industrial lift arm with parallel guidance incl. quick hitch = Bolt-on cutting edge 21

22 Attachment Fork Carrier and Fork F min. 600 F max. E C A L0189 G F L FEM IV Fork Carrier and Fork Geometry A Lifting height at max. reach 1,840 1,840 C Max. lifting height 3,835 3,835 E Max. operating height 4,825 4,825 F Reach at loading position F max. Max. reach 1,680 1,680 F min. Reach at max. lifting height G Fork length 1,500 1,500 L Length basic machine 7,380 7,380 ipping load, straight * 9,500 10,700 ipping load, fully articulated * 8,300 9,200 Recoended payload for uneven ground = 60 % of tipping load, articulated 1) 4,980 5,520 Recoended payload for smooth surfaces = 80 % of tipping load, articulated 1) 6,640 7,360 Operating weight * 17,800 18,500 yre size 23.5R R25 * he figures shown include the above tyres, all lubricants, a full fuel tank, the ROPS / FOPS cab and the operator. Different tyres and optional equipment will change the operating weight and tipping load. (ipping load, fully articulated according to ISO ) 1) According to EN = Industrial lift arm with parallel guidance incl. quick hitch 22

23 Attachment Log Grapple Q E F 45 F B A 20 A 45 C I H C1 L0190 F max. K J L Log Grapple Geometry A20 Discharge height at 20 3,590 3,570 A45 Discharge height at 45 3,020 2,950 B Manipulation height 4,530 4,530 C Max. grapple opening in loading position 2,395 2,740 C1 Max. grapple opening 2,590 2,990 E Max. height 6,320 6,480 F20 Reach at max. lifting height at 20 discharge 1,740 1,890 F45 Reach at max. lifting height at 45 discharge 1,410 1,530 F max. Max. reach 2,670 2,820 H Height above operator s cab 3,395 3,395 I Height above exhaust 3,045 3,045 J Ground clearance K Wheelbase 3,395 3,395 L Overall length 8,720 8,870 Width over tyres 2,650 2, Q Grapple diameter m Grapple width 1,600 1,600 Payload * 6,300 6,400 Operating weight * 19,700 20,500 yre size 23.5R25 L4 23.5R25 L4 * he figures shown include the above tyres, all lubricants, a full fuel tank, the ROPS / FOPS cab and the operator. Different tyres and optional equipment will change the operating weight and payload. = Industrial lift arm with parallel guidance incl. quick hitch 23

24 Lift arm Bucket Material density (t / m³) m³ GPB GPB1 GPB m³ 3.3 m³ LMB 10.0 m³ m³ HDB HDB 8.5 m³ m³ m³ 2.8 m³ m³ LMB 8.0 m³ m³ m³ GPB1 -HL GPB m³ m³ LMB 9.0 m³ m³ 4.5 HDB HDB 7.5 m³ m³ ,5 breit x 93,581 hoch 87,5 breit x 93,581 hoch % 105% % _Schaufelauswahltabelle_LBH_enGB_L _Schaufelauswahltabelle_LBH_enGB_L0199 Bucket Bucket fillingfilling factor Factor % Lift Arm -HL m³ m³ LMB 9.0 m³ Material density (t / m³) 3.6 m³ m³ 5.0 m³ 2.0 Bucket 3.2 GPB1 3.5 Lift arm 3.2 m³ -HL Bucket Selection Bucket GPB1 LMB HDB Z-bar linkage, standard lift arm length Industrial lift arm with quick hitch, standard lift arm length Industrial lift arm with quick hitch, High Lift General purpose bucket (Excavation bucket) Light material bucket High-dump bucket Bulk Material Densities and Bucket Filling Factors Gravel moist dry crushed stone Sand dry wet Gravel and Sand dry wet Sand / Clay Clay natural dry Clay / Gravel dry wet 24 t/m % Earth opsoil Basalt Granite Sandstone Slate Bauxite Limestone Gypsum Coke Slag dry wet excavated broken broken t/m % Glass waste broken solid Compost dry wet Wood chips / Saw dust shredded / loose Paper recovered paper / cardboard Coal heavy material density light material density Waste domestic waste bulky waste t/m % 105

25 yres yre ypes Size and tread code Change of operating weight XPower / XPower Bridgestone 23.5R25 VJ 138 Bridgestone 23.5R25 VLS L4 360 Bridgestone 23.5R25 VSDL 898 Bridgestone 23.5R25 VSD 851 Bridgestone 650/65R25 VS 4 Bridgestone 750/65R25 VS R25 R-3B R25 L-3A R25 GP-4D L R25 RL-4K L R25 RL-5K R25 RL-5S R25 R-5D /65R25 L-3A 680 Michelin 23.5R25 XHA Michelin 23.5R25 XLA L2 Michelin 23.5R25 XMINE 760 Michelin 23.5R25 XLD D2A 612 Michelin 650/65R25 XLD Michelin 750/65R25 XLD * he stated values are theoretical and may deviate in practice. Width over tyres Change in vertical dimensions * 2,670 2,670 2,660 2,670 2,700 2,880 2,670 2,670 2,690 2,680 2,680 2,680 2,660 2,910 2,650 2,650 2,690 2,670 2,690 2, Use Bulk material (firm ground conditions) Gravel, Industry (firm ground conditions) Stone, Scrap, Recycling (firm ground conditions) Stone, Scrap, Recycling (firm ground conditions) Gravel (all ground conditions) Gravel, Industry, Wood (all ground conditions) Gravel (all ground conditions) Sand, Gravel, Earthworks, Clay (all ground conditions) Gravel, Industry, Wood (firm ground conditions) Gravel, Industry, Stone (firm ground conditions) Stone, Scrap, Recycling (firm ground conditions) Scrap, Recycling, Slag (firm ground conditions) Stone, Mining spoil (firm ground conditions) Sand, Gravel, Industry, Wood (all ground conditions) Sand, Gravel (all ground conditions) Gravel, Earthworks, Clay (all ground conditions) Stone, Scrap, Recycling (firm ground conditions) Stone, Mining spoil (firm ground conditions) Gravel, Industry, Wood (all ground conditions) Gravel, Industry, Wood (all ground conditions) Before operating the vehicle with tyre foam filling or tyre protection chains, please discuss this with the Liebherr-Werk Bischofshofen GmbH. 25

26 echnical Data orque (Nm) , , ,200 1, orque Output 800 1,000 1,200 1,400 1,600 rpm L _Volllastkurve_LBH_enGB_L , , ,200 87,5 breit x 50,8 hoch 1, orque Output 800 1,000 1,200 1,400 1, orque (Nm) 1, , ,200 1, orque Output 800 1,000 1,200 1,400 1,600 Output (kw) ,5 breit x 50,8 hoch 50 0 rpm L _Volllastkurve_LBH_enGB_L , ,5 breit x 50,8 hoch 1, , , orque Output 800 1,000 1,200 1,400 1,600 rpm _Volllastkurve_LBH_enGB_L rpm 1, Output (kw) 300 2, ,000 Continuous power split XPower driveline Design Continuous, fully-automatic XPower driveline. No traction interruptions across the entire speed range. Hydrostatic power split with two axial piston units. Identical driving performance forwards and in reverse Filtration Filter system for driveline, depend on working hydraulics Control Driveline is controlled from travel pedal for tractive force and speed setting with integrated inch function. he Liebherr control lever is used to control forward and reverse travel ravel speed range L 566 L 580: 0 40 km/h forward and reverse, fully-automatic L 586: 0 33 km/h forward and reverse, fully-automatic Speed restriction available upon request. Speeds quoted apply with the tyres indicated as standard on loader model. 0 L _Volllastkurve_LBH_enGB_L0194 Driveline 50 87,5 breit x 50,8 hoch 0 Output (kw) Cylinder inline Fuel injection process Max. gross output to ISO 3046 kw / HP 203 / / / / 358 and SAE J1995 at RPM 1,000 1, 1,200 1,300 Max. net output to ISO 9249 kw / HP 200 / / / / 354 and SAE J1349 at RPM 1,000 1, 1,200 1,300 Rated output to ISO kw / HP 200 / / / / 354 at RPM Max. net torque to ISO 9249 Nm 1,910 1,965 1,965 1,965 and SAE J1349 at RPM 1,000 1,000 1,000 1,000 Displacement litres Bore / Stroke 122 / / / / 150 Air cleaner system Dry type filter with main and safety element, pre-cleaner, service indicator on the Liebherr display Electrical system Operating voltage V x x x 180 Capacity Ah 2 x 180 V / A 28 / / / / 140 Alternator Starter V / kw 24 / / / / 7.8 he exhaust emissions are below the limits in stage IV / ier 4f. orque (Nm) L 566 L 576 L 580 L 586 D936 A7 D936 A7 D936 A7 D936 A7 Water-cooled in-series engine with charge-air cooling, exhaust after-treatment through Liebherr-SCR technology, closed diesel particle filter system optional Electronic Coon Rail high-pressure injection orque (Nm) L 566 L 586 Diesel engine Design L 566 2,000 Output (kw) Engine

27 Attachment L 566 Four-wheel drive Front axle Rear axle L 576 L 580 L 586 Fixed Centre pivot, with 13 oscillating angle to each side Height of obstacles which can be driven over with all four wheels remaining in contact with the ground Differentials Automatic limited-slip differentials Reduction gear Planetary final drive in wheel hubs rack width 2,230 with all types of tyres (L 566, L 576, L 580) 2,440 with all types of tyres (L 586) L 566 Geometry variants Optional Bearings Cycle time at nominal load Lifting s Dumping s Lowering (empty) s L 576 L 580 L 586 Powerful Z-bar linkage with tilt cylinder and cast steel cross-tube Industrial lift arm with tilt cylinder, hydraulic quick hitch as standard (L 566, L 580) Abgedichtet IND IND Operator s Cab Design Brakes Hydraulically mounted, noise-proof cab ROPS roll over protection per EN ISO 3471 / EN FOPS falling objects protection per EN ISO 3449 / EN 474-1, Cat. II Operator s door with sliding side window, sliding side window on right, front windscreen made of compound safety glass, side panels with single- pane safety glass ESG, heated rear window ESG, all windows are tinted. 3 way continuous adjustable steering column 6 way adjustable, vibration-damped operator s seat Comfort with seat, depth and incline adjustment as standard (air-cushioned with seat heating adjustable to operator s weight), Liebherr control lever mounted into the operator s seat as standard 4-zone air conditioning with new improved cooling output as standard, all filters are easy to access and replaceable Wear-free service brake Self-locking of the XPower driveline (acting on all four wheels) and additional pump-accumulator brake system with wet multi-disc brakes (two separate brake circuits) Parking brake Electro-hydraulically actuated spring-loaded disc brake system on the transmission he braking system meets the requirements of the EC guidelines 71/320. Liebherr operator s seat Steering Design Angle of articulation Emergency steering Load-sensing swash plate type variable flow pump with pressure cut-off and flow control. Central pivot with two double-acting, damped steering cylinders 38 to each side (L 566, L 576, L 580) 37 to each side (L 586) Electro-hydraulic emergency steering system Attachment Hydraulics Design Cooling Filtration Control Lift circuit ilt circuit Max. flow Max. pressure Z-bar linkage Industrial lift arm Sound Level L 566 L 576 L 580 L 586 Load-sensing swash plate type variable flow pump with output and flow control, and pressure cut-off in the control block Hydraulic oil cooling using thermostatically controlled fan and oil cooler Return line filter in the hydraulic reservoir Liebherr control lever, electro-hydraulically operated Lifting, neutral, lowering Automatic hoisting and lowering by Liebherr control lever Float position controlled by Liebherr control lever ilt back, neutral, dump Automatic bucket return for tilting back and dumping controlled by Liebherr control lever l/min bar 350 bar 380 Cab heating and ventilation L 566 Sound pressure level to ISO 6396 db(a) 68 L pa (inside cab) Sound power level to 2000/14/EC LWA (surround noise) db(a) 105 L 576 L 580 L L 566 l 365 L L L l 40 l l l l l l l l ,250 1,250 1,250 Capacities Fuel tank Engine oil (inclusive filter change) DEF tank Pump distribution gearbox XPower gearbox Coolant Front axle Rear axle Hydraulic tank Hydraulic system, total Air conditioning system R134a g 1, L 566 L 586 Axles

28 Dimensions Z-bar Linkage L 566 L E F D C B A I H L0185 K G J L Loading Bucket L 566 L 576 L 580 L 586 Geometry Cutting tools ROB Lift arm length 2,920 2,920 3,050 3,050 3,050 3,050 3,050 3,150 3,150 3,150 Bucket capacity according to ISO 7546 ** m ) Specific material density t/m3 Bucket width 3,300 3,300 3,430 3,650 3,400 A Dumping height at max. lift height and 45 discharge 3,205 3,130 3,355 3,285 3,285 3,220 3,220 3,260 3,260 3,290 B Dump-over height 3,900 3,900 4, 4, 4, 4, 4, 4,150 4,150 4,150 C Max. height of bucket bottom 4,050 4,050 4,270 4,270 4,270 4,270 4,270 4,330 4,330 4,300 D Max. height of bucket pivot point 4,360 4,360 4,580 4,580 4,580 4,580 4,580 4,640 4,640 4,660 E Max. operating height 6,120 6,220 6,440 6,540 6,540 6,500 6,500 6,530 6,530 6,450 F Reach at max. lift height and 45 discharge 1,190 1,270 1,135 1,205 1,205 1,285 1,285 1,430 1,430 1,390 G Digging depth 140 3,760 H Height above operator s cab 3,590 3,590 3,590 3,590 3,590 3,590 3,590 3,740 3,740 I Height above exhaust 3,300 3,300 3,320 J Ground clearance K Wheelbase 3,560 3,560 3,630 3,630 3,710 3,710 3,710 3,900 3,900 3,900 L Overall length 9,165 9,275 9,445 9,545 9,620 9,720 9,720 9,980 9,980 9,990 urning circle radius over outside bucket edge 7,340 7,370 7,500 7,530 7,615 7,780 7,780 8,350 8,400 8,300 Breakout force (SAE) kn ipping load, straight * 18,150 17,900 20, 19,900 21,750 21,250 22,200 24,500 23,900 25,600 ipping load, fully articulated * 15,900 15,650 17,600 17,400 19,200 18,700 19,500 21,600 21,000 22,500 Operating weight * 23,900 24,000 25,700 25,800 27,650 27,800 28,800 32,600 33,050 33,700 yre size 26.5R R R R R25 * he figures shown include the above tyres, all lubricants, a full fuel tank, the ROPS / FOPS cab and the operator. Different tyres and optional equipment will change the operating weight and tipping load. (ipping load, fully articulated according to ISO ) ** Actual bucket capacity may be approx. 10 % larger than the calculation according to ISO 7546 standard. he degree to which the bucket can be filled depends on the material see pages 34 / 35. 1) oothed buckets, hydraulic quick hitch and additional hydraulic circuits are not approved for rehandling application. = Excavation bucket with back grading edge for direct mounting = Rehandling bucket for direct mounting = Rock bucket with oblique base for quarrying applications for direct mounting ROB 28 = Z-bar linkage = Welded-on tooth holder with add-on teeth = Bolt-on cutting edge = Rock bucket with delta cutting edge, welded-on tooth holder with add-on teeth and bolted intermediate sections

29 Dimensions Z-bar Linkage High Lift L 566 L E F D C B A I H L0185 K G J L Loading Bucket L 566 L 576 L 580 L 586 Geometry Cutting tools ROB Lift arm length 3,250 3,250 3,250 3,250 3,250 3,250 3,250 3,450 3,450 3,450 Bucket capacity according to ISO 7546 ** m ) Specific material density t/m3 Bucket width 3,400 3,400 3,400 A Dumping height at max. lift height and 45 discharge 3,720 3,650 3,650 3,575 3,560 3,490 3,425 3,725 3,670 3,745 B Dump-over height 4,300 4,300 4,300 4,300 4,300 4,300 4,300 4,500 4,500 4,500 C Max. height of bucket bottom 4,470 4,470 4,470 4,470 4,470 4,470 4,470 4,750 4,750 4,770 D Max. height of bucket pivot point 4,780 4,780 4,780 4,780 4,780 4,780 4,780 5,060 5,060 5,080 E Max. operating height 6,460 6,555 6,555 6,650 6,650 6,740 6,700 6,950 6,980 6,800 F Reach at max. lift height and 45 discharge 1,130 1,200 1,130 1,215 1,190 1,265 1,340 1,370 1,410 1,370 G Digging depth H Height above operator s cab 3,590 3,590 3,590 3,590 3,590 3,590 3,590 3,740 3,740 3,760 3,300 3,300 3,320 I Height above exhaust J Ground clearance K Wheelbase 3,560 3,560 3,630 3,630 3,710 3,710 3,710 3,900 3,900 3,900 L Overall length 9,500 9,590 9,590 9,700 9,770 9,870 9,970 10,250 10,280 10,300 urning circle radius over outside bucket edge 7,480 7,510 7,560 7,590 7,680 7,710 7,740 8,500 8,550 8,450 Breakout force (SAE) kn ipping load, straight * 15,850 15,650 18,650 18,550 20,200 20,000 20,600 22,400 21,700 22,700 ipping load, fully articulated * 13,850 13,650 16,350 16,250 17,800 17,600 18,200 19,700 19,000 20,000 Operating weight * 24,000 24, 25,650 25,750 27,650 27,750 28,600 32, ,900 yre size 26.5R R R R R25 * he figures shown include the above tyres, all lubricants, a full fuel tank, the ROPS / FOPS cab and the operator. Different tyres and optional equipment will change the operating weight and tipping load. (ipping load, fully articulated according to ISO ) ** Actual bucket capacity may be approx. 10 % larger than the calculation according to ISO 7546 standard. he degree to which the bucket can be filled depends on the material see pages 34 / 35. 1) oothed buckets, hydraulic quick hitch and additional hydraulic circuits are not approved for rehandling application. = Excavation bucket with back grading edge for direct mounting = Rehandling bucket for direct mounting = Rock bucket with oblique base for quarrying applications for direct mounting ROB = Z-bar linkage = Welded-on tooth holder with add-on teeth = Bolt-on cutting edge = Rock bucket with delta cutting edge, welded-on tooth holder with add-on teeth and bolted intermediate sections 29

30 Dimensions L 566 L 586 Industrial Lift Arm 49º 45º E F D C B A I H 30 48º L0186 K G J L Excavation Bucket L 566 L 580 Geometry Cutting tools Lift arm length 2,900 2,900 2,900 2,900 Bucket capacity according to ISO 7546 ** m Specific material density t/m3 Bucket width A Dumping height at max. lift height and 45 discharge 3,210 3,140 3,070 B Dump-over height 3,900 3,900 3,900 3,900 C Max. height of bucket bottom 4,145 4,145 4,145 4,145 D Max. height of bucket pivot point 4,490 4,490 4,490 4,490 E Max. operating height 6,045 6,165 6,265 6,330 F Reach at max. lift height and 45 discharge 1,270 1,340 1,290 1,230 G Digging depth H Height above operator s cab 3,590 3,590 3,590 3,590 I Height above exhaust J Ground clearance K Wheelbase 3,630 3,630 3,710 3,710 L Overall length 9,270 9,370 9,545 9,650 urning circle radius over outside bucket edge 7,410 7,440 7,560 7,590 Breakout force (SAE) kn ipping load, straight * 17, 16,650 20,150 19,700 ipping load, fully articulated * 15,000 14,550 17,750 17,300 Operating weight * 24,800 24,950 28,050 28,200 yre size 26.5R R25 * he figures shown include the above tyres, all lubricants, a full fuel tank, the ROPS / FOPS cab and the operator. Different tyres and optional equipment will change the operating weight and tipping load. (ipping load, fully articulated according to ISO ) ** Actual bucket capacity may be approx. 10 % larger than the calculation according to ISO 7546 standard. he degree to which the bucket can be filled depends on the material see pages 34 / 35. = Industrial lift arm with parallel guidance incl. quick hitch = Welded-on tooth holder with add-on teeth 30

31 Attachment L 566 L 586 Light Material Bucket and High-Dump Bucket E E F F A A L0187 L018 L L Light Material Bucket L 566 A E F L Geometry Cutting tools Bucket capacity Specific material density Bucket width Dumping height at max. lift height Max. operating height Reach at maximum lift height Overall length ipping load, straight * ipping load, fully articulated * Operating weight * yre size m3 t/m ,885 6,470 1,485 9,545 15,700 13,700 25,350 L ,700 2,620 6,700 1,860 10,025 14,600 12,600 26, R ,400 2,810 6,580 1,550 9,715 19,300 16,900 28, ,000 2,480 6,800 1,950 10,200 17,900 15,500 29, R25 L ,500 2,940 6,835 1,770 10,200 24,000 21,000 32, R25 High-Dump Bucket L 566 L 580 L 586 Geometry Cutting tools Bucket capacity m Specific material density t/m3 Bucket width 3,700 4,000 3,500 A Dumping height at max. lift height 5,130 4,840 4,970 4,780 5, E Max. operating height 7,215 7,490 7,420 7,650 7,700 F Reach at maximum lift height 1,780 2,140 2,040 2,060 2,000 L Overall length 9,815 10,125 10,060 10,300 10,500 ipping load, straight * 14,700 14, 17,800 17, 2 ipping load, fully articulated * 12,700 12, 15,500 14,800 20,300 Operating weight * 26,000 26,900 29, 30, 33,500 yre size 26.5R R R25 * he figures shown include the above tyres, all lubricants, a full fuel tank, the ROPS / FOPS cab and the operator. Different tyres and optional equipment will change the operating weight and tipping load. (ipping load, fully articulated according to ISO ) = Industrial lift arm with parallel guidance incl. quick hitch = Z-bar linkage = Bolt-on cutting edge 31

32 Attachment L 566 L 586 Fork Carrier and Fork F min. 600 F max. E C A L0189 G F L FEM IV Fork Carrier and Fork L 566 L 580 Geometry A Lifting height at max. reach 2,075 2,075 C Max. lifting height 4,220 4,220 E Max. operating height 5,200 5,200 F Reach at loading position 1,145 1,025 F max. Max. reach 1,925 1,805 F min. Reach at max. lifting height G Fork length L Length basic machine 8, 8,170 ipping load, straight * 13,500 16,300 ipping load, fully articulated * 11,900 14,400 Recoended payload for uneven ground = 60 % of tipping load, articulated 1) 7,140 9,780 Recoended payload for smooth surfaces = 80 % of tipping load, articulated 1) 10,000 2) 9,520 Operating weight * 23,950 26,900 yre size 26.5R R25 * he figures shown include the above tyres, all lubricants, a full fuel tank, the ROPS / FOPS cab and the operator. Different tyres and optional equipment will change the operating weight and tipping load. (ipping load, fully articulated according to ISO ) 1) According to EN ) Payload is limited by FEM IV fork carrier and forks = Industrial lift arm with parallel guidance incl. quick hitch 32

33 Attachment Log Grapple L 566 L 586 Q E F 45 F B A 20 A 45 C I H C1 L0190 F max. K J L Log Grapple L 566 L 580 Geometry A20 Discharge height at 20 3,570 3,520 A45 Discharge height at 45 2,930 2,805 B Manipulation height 5,125 5,125 C Max. grapple opening in loading position 2,650 2,930 C1 Max. grapple opening 3,050 3,340 E Max. height 7,400 7,500 F20 Reach at max. lifting height at 20 discharge 2,165 2,215 F45 Reach at max. lifting height at 45 discharge 1,620 1,625 F max. Max. reach 3, 3,160 H Height above operator s cab 3,615 3,615 I Height above exhaust 3,225 3,225 J Ground clearance K Wheelbase 3,630 3,710 L Overall length 9,810 10,050 Width over tyres 2,970 2, Q Grapple diameter m Grapple width Payload * 8,200 9,200 Operating weight * 26,950 29,850 yre size 26.5R25 L4 26.5R25 L4 * he figures shown include the above tyres, all lubricants, a full fuel tank, the ROPS / FOPS cab and the operator. Different tyres and optional equipment will change the operating weight and payload. = Industrial lift arm with parallel guidance incl. quick hitch 33

34 Bucket Selection L 566 L 576 Bucket m³ GPB m³ GPB1 5.2 m³ m³ m³ GPB m³ Material density (t / m³) m³ 6.5 m³ Bucket m³ 3.5 m³ GPB m³ -HL L 566 L 586 GPB1 Lift arm Material density (t / m³) -HL Lift arm _Schaufelauswahltabelle_LBH_enGB_L ,5 breit 35,085 hoch LMB 12.0 m³ m³ HDB 1 m³ 1 L 580 L 586 Lift arm Lift arm _Schaufelauswahltabelle_LBH_enGB_L0201 Bucket Material density (t / m³) hoch ,5 breit x 74, m³ m³ 13.0 * oothed buckets, hydraulic quick hitch and additional hydraulic circuits are not approved for rehandling application _Schaufelauswahltabelle_LBH_enGB_L RB 5.5 m³ LMB 8.5 m³ HDB 8.5 m³ GPB2 RB 6.0 m³ m³ 87,5 breit 61 hoch m³ HDB 87,5 breit 90,1 hoch _Schaufelauswahltabelle_LBH_enGB_L m³ LMB 7.0 m³ m³ m³ m³ -HL m³ GPB2 5.2 m³ * GPB m³ GPB1 Material density (t / m³) 6.0 m³ GPB m³ * m³ GPB m³ -HL GPB1 Bucket

35 Bucket Bucket fillingfilling factor 95% Lift Arm -HL L 566 L 586 % 105% % Factor Bucket GPB1 GPB2 RB LMB HDB Z-bar linkage, standard lift arm length Industrial lift arm with quick hitch, standard lift arm length Z-bar linkage, High Lift General purpose bucket (Excavation bucket) General purpose bucket (Rehandling bucket) Rock bucket Light material bucket High-dump bucket Bulk Material Densities and Bucket Filling Factors Gravel moist dry crushed stone Sand dry wet Gravel and Sand dry wet Sand / Clay Clay natural dry Clay / Gravel dry wet t/m % Earth opsoil Basalt Granite Sandstone Slate Bauxite Limestone Gypsum Coke Slag dry wet excavated broken broken t/m % Glass waste broken solid Compost dry wet Wood chips / Saw dust shredded / loose Paper recovered paper / cardboard Coal heavy material density light material density Waste domestic waste bulky waste t/m % 105 ipping Load ISO What is tipping load? Load at centre of gravity of working equipment, so that the wheel loader just begins to tip over the front axle. his is the most unfavourable static-load position for the wheel loader. Lifting arms horizontal, wheel loader fully articulated at centre pivot. Pay load. he pay load must not exceed 50 % of the tipping load when articulated. his is equivalent to a static stability-margin factor of 2.0. Bucket capacity. he bucket volume is determined from the pay load. Pay load = Bucket capacity = ipping load, articulated 2 Pay load (t) Specific bulk weight of material (t/m3) 35

36 yres yre ypes L 566 L 586 Size and tread code L 566 XPower Bridgestone 26.5R25 VJ Bridgestone 26.5R25 VLS Bridgestone 26.5R25 VSD Bridgestone 26.5R25 VSDL Bridgestone 26.5R25 VSMS Bridgestone 26.5R25 VSN Bridgestone 750/65R25 VS 26.5R25 R-3B 26.5R25 L-3A 26.5R25 GP-4D 26.5R25 RL-4K 26.5R25 RL-5K 26.5R25 RL-5S 26.5R25 R-5D 750/65R25 L-3A Michelin 26.5R25 XHA2 Michelin 26.5R25 XMINE Michelin 26.5R25 XLD D2A Michelin 26.5R25 XXL Michelin 750/65R25 XLD 65 Change of operating weight Width over tyres Change in vertical dimensions * Use L4 L4 L4 L4 L ,038 1,290 1, ,244 1,460 1, , ,970 2,970 2,970 2,970 2,960 2,960 3,070 2,980 2,980 2,980 2,990 2,990 2,990 2,990 3, 2,960 2,970 2,970 3, Bulk material (firm ground conditions) Gravel, Industry (firm ground conditions) Stone, Mining spoil (firm ground conditions) Stone, Scrap, Recycling (firm ground conditions) Scrap, Recycling, Slag (firm ground conditions) Gravel, Industry, Wood (firm ground conditions) Gravel, Industry, Wood (all ground conditions) Gravel (all ground conditions) Sand, Gravel, Earthworks, Clay (all ground conditions) Gravel, Industry, Wood (firm ground conditions) Gravel, Industry, Stone (firm ground conditions) Stone, Scrap, Recycling (firm ground conditions) Scrap, Recycling, Slag (firm ground conditions) Stone, Mining spoil (firm ground conditions) Sand, Gravel, Industry, Wood (all ground conditions) Sand, Gravel (all ground conditions) Stone, Scrap, Recycling (firm ground conditions) Stone, Mining spoil (firm ground conditions) Gravel, Industry, Wood (firm ground conditions) Gravel, Industry, Wood (all ground conditions) L 576 XPower / L 580 XPower Bridgestone 26.5R25 VJ Bridgestone 26.5R25 VLS L4 Bridgestone 26.5R25 VSD Bridgestone 26.5R25 VSDL Bridgestone 26.5R25 VSMS Bridgestone 26.5R25 VSN L4 Bridgestone 750/65R25 VS 26.5R25 R-3B 26.5R25 L-3A 26.5R25 GP-4D L4 26.5R25 RL-4K L4 26.5R25 RL-5K 26.5R25 RL-5S 26.5R25 R-5D 750/65R25 L-3A Michelin 26.5R25 XHA2 Michelin 26.5R25 XMINE Michelin 26.5R25 XLD D2A Michelin 26.5R25 XXL L4 Michelin 750/65R25 XLD ,038 1,290 1, ,244 1,460 1, , ,970 2,970 2,970 2,970 2,960 2,960 3,070 2,980 2,980 2,980 2,990 2,990 2,990 2,990 3, 2,960 2,970 2,970 3, Bulk material (firm ground conditions) Gravel, Industry (firm ground conditions) Stone, Mining spoil (firm ground conditions) Stone, Scrap, Recycling (firm ground conditions) Scrap, Recycling, Slag (firm ground conditions) Gravel, Industry, Wood (firm ground conditions) Gravel, Industry, Wood (all ground conditions) Gravel (all ground conditions) Sand, Gravel, Earthworks, Clay (all ground conditions) Gravel, Industry, Wood (firm ground conditions) Gravel, Industry, Stone (firm ground conditions) Stone, Scrap, Recycling (firm ground conditions) Scrap, Recycling, Slag (firm ground conditions) Stone, Mining spoil (firm ground conditions) Sand, Gravel, Industry, Wood (all ground conditions) Sand, Gravel (all ground conditions) Stone, Scrap, Recycling (firm ground conditions) Stone, Mining spoil (firm ground conditions) Gravel, Industry, Wood (firm ground conditions) Gravel, Industry, Wood (all ground conditions) 3,260 3,270 3,270 3,270 3,270 3,290 3,260 3,270 3,310 3,300 3,270 3,250 3,260 3,280 3, Bulk material (firm ground conditions) Gravel, Stone (firm ground conditions) Stone, Mining spoil (firm ground conditions) Stone, Scrap, Recycling (firm ground conditions) Gravel, Industry, Wood (firm ground conditions) Sand, Gravel, Earthworks, Clay (all ground conditions) Gravel, Industry, Wood (firm ground conditions) Gravel, Industry, Stone (firm ground conditions) Stone, Scrap, Recycling (firm ground conditions) Stone, Mining spoil (firm ground conditions) Scrap, Recycling, Slag (firm ground conditions) Sand, Gravel (all ground conditions) Stone, Mining spoil (firm ground conditions) Gravel, Industry, Wood (firm ground conditions) Stone, Scrap, Recycling (firm ground conditions) L 586 XPower Bridgestone 29.5R25 VJ 146 Bridgestone 29.5R25 VLS L4 406 Bridgestone 29.5R25 VSD 1,370 Bridgestone 29.5R25 VSDL 1,730 Bridgestone 29.5R25 VSN L R25 L-3A R25 GP-4D L R25 RL-4K L4 1, R25 RL-5K 1, R25 R-5D 1, R25 RL-5S 2, Michelin 29.5R25 XHA2 0 Michelin 29.5R25 XLD D2A 936 Michelin 29.5R25 XXL L4 606 Michelin 29.5R25 XMINE 1,316 * he stated values are theoretical and may deviate in practice. Before operating the vehicle with tyre foam filling or tyre protection chains, please discuss this with the Liebherr-Werk Bischofshofen GmbH. 36

37 he Liebherr Wheel Loaders L0205 Wheel Loader ipping load Bucket capacity Operating weight Engine output (ISO 14396) m3 kw / HP L0266 Wheel Loader ipping load Bucket capacity Operating weight Engine output (ISO 14396) L 506 Compact 3, , / 63 m3 kw / HP L 518 Stereo 6, , / 103 L0215 L0284 L 507 Stereo 3, , / 68 L0230 L 526 7, ,250 / 136 L 508 Compact 3,850 5, / 68 L0265 L 509 Stereo 4, , / 73 L 514 Stereo 5, , / 103 L0214 L0232 L0231 L 538 9, , / 151 L0216 L0285 L0207 L , , / 163 L0217 XPower 12, , / 190 L0219 L0218 Wheel Loader ipping load Bucket capacity Operating weight Engine output (ISO 14396) m3 kw / HP XPower 13, , / 224 L 566 XPower 15, , / 272 L 576 XPower 17, , / 292 L 580 XPower 19, , / 313 L 586 XPower 21, , / Environmental Protection Can Help You Earn Money! he Liebherr Standard Consumption est easy to reproduce and practical. he Liebherr Standard Consumption est determines the number of loading cycles that can be carried out with 5 litres of diesel. he material is taken from pile A and carried over a distance of 20 metres to point B. he time needed for each working cycle should be 35 seconds. Discharge at point B should take place from a height of 2.5 m. he working cycles continue until the 5 litres of diesel in the external measuring tank have been used up. he loader s fuel consumption per operating hour is calculated as follows: 400 Number of loading cycles = Consumption per hour Values for the Liebherr wheel loaders Litres / Litres / Ø Litres / Numbers of hour * tons hour working cycles L 526: 2.1 m3 n = L 538: 2.6 m3 n = L 546: 2.8 m n = : 3.2 m3 n = : 3.6 m3 n = L 566: 4.2 m3 n = n = L 576: 4.7 m3 n = L 580: 5.2 m3 n = L 586: 6.0 m3 * Wheel loader in practical customer applications with individual machine configurations. Average data from LiDA from Experience just how much fuel you can save! 37